Abstract
The liquid jet permits an easy and tolerable penetration of hyaluronic acid into firm scar tissue. Biomolecular effect of HA and pressure impact of the jet synergistically contributes to reverse formation of scar tissue. Our approach was effective and safe for relief of the burn scar contractures in a few treatment sessions.
Highlights
Discussion and conclusionThe liquid jet permits an easy and tolerable penetration of hyaluronic acid into firm scar tissue
Scar hypertrophy and keloid transformation very often present the cause of contracture
Our approach was effective and safe for relief of the burn scar contractures in a few treatment sessions
Summary
The liquid jet permits an easy and tolerable penetration of hyaluronic acid into firm scar tissue. Biomolecular effect of HA and pressure impact of the jet synergistically contributes to reverse formation of scar tissue. Our approach was effective and safe for relief of the burn scar contractures in a few treatment sessions
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